Adrian Gill (meteorologist)

http://dbpedia.org/resource/Adrian_Gill_(meteorologist) an entity of type: Thing

أدريان جيل (بالإنجليزية: Adrian Gill)‏ هو عالم أرصاد بريطاني، ولد في 22 فبراير 1937، وتوفي في 19 أبريل 1986. rdf:langString
Adrian Edmund Gill FRS (22 February 1937 – 19 April 1986) was an Australian meteorologist and oceanographer best known for his textbook Atmosphere-Ocean Dynamics. Gill was born in Melbourne Australia and worked at Cambridge, serving as Senior Research Fellow from 1963 to 1984. His father was Edmund Gill, geologist, palaeontologist and curator at the National Museum of Victoria. rdf:langString
rdf:langString أدريان جيل
rdf:langString Adrian Gill (meteorologist)
rdf:langString
rdf:langString Adrian Edmund Gill
rdf:langString Adrian Edmund Gill
xsd:date 1937-02-22
xsd:integer 27285598
xsd:integer 1118173633
rdf:langString The Stability of Axisymmetric Fluid Flows
xsd:integer 1963
xsd:date 1937-02-22
rdf:langString A portrait photograph of Adrian Gill
xsd:gMonthDay --04-19
rdf:langString Meteorology and oceanography
rdf:langString أدريان جيل (بالإنجليزية: Adrian Gill)‏ هو عالم أرصاد بريطاني، ولد في 22 فبراير 1937، وتوفي في 19 أبريل 1986.
rdf:langString Adrian Edmund Gill FRS (22 February 1937 – 19 April 1986) was an Australian meteorologist and oceanographer best known for his textbook Atmosphere-Ocean Dynamics. Gill was born in Melbourne Australia and worked at Cambridge, serving as Senior Research Fellow from 1963 to 1984. His father was Edmund Gill, geologist, palaeontologist and curator at the National Museum of Victoria. Gill was chair of the Tropical Ocean Global Atmosphere program. He was elected a Fellow of the Royal Society of London in 1986. His candidacy citation read: "Dr A. E. Gill is internationally recognised for his work in geophysical fluid dynamics and leads a small but highly productive team working on problems in dynamical oceanography and meteorology. He has made outstanding theoretical contributions to a wide range of topics, including the stability of pipe flow, thermal convection, circulation of the Southern Ocean, seasonal variability of the ocean, waves in rotating fluids, wind-induced upwelling, coastal currents and sea-level changes and coastally-trapped waves in the atmosphere, and he is particularly effective in the way he is able to interpret observations and guide the activities of observational workers".
xsd:nonNegativeInteger 9479

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